新型导向装置的研发对锅炉构架体系的振动控制具有显著的作用。
The new guiding mechanism has good performance on vibration control of the boiler frame system, and i.
提出了锅炉尾部受热面的振动可靠性分析方法。
This paper presents a vibration reliability analysis method of boiler economizers and tubular airheaters.
分析了锅炉引风管道系统的振动。为了降低噪声，提出了减少振动的一些措施。
The vibration on blower pipe system of boiler is analyzed, some measures of decreasing vibration are presented in order to reducing noise of boilers.
大型锅炉给水泵振动直接影响机组的可靠运行，增加机组非计划停机次数和时间，给电厂带来经济损失。
The performance of high-energy boiler pump directly affects the stability of large power plant. There were some limitations when the pump was designed and installed.
此外，搭建了锅炉给水泵振动试验台，并通过试验对几个典型测点进行了尝试性试验，通过对振动信号的采集和分析表明了各测点振动均未超限，符合实际情况。
A vibration test-bed is built and the test is gone on some typical position and the results showed that the vibration signals accord with the standards after data acquisition and analysis.
针对锅炉引风机频繁积灰振动问题，分析了引起吸风机积灰振动的主要因素，并介绍了应用喷嘴气流吹扫技术防止引风机叶片积灰的机理及其使用效果。
Furthermore, the paper introduces the mechanism of applying nozzle airflow purging technology to prevent accumulating dust in wind fan blades and its using effectiveness.
针对锅炉引风机频繁积灰振动问题，分析了引起吸风机积灰振动的主要因素，并介绍了应用喷嘴气流吹扫技术防止引风机叶片积灰的机理及其使用效果。
Furthermore, the paper introduces the mechanism of applying nozzle airflow purging technology to prevent accumulating dust in wind fan blades and its using effectiveness.
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